新一代智慧型 MCU 加速推動工業 4.0 T O N Y H O, N O V

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1 新一代智慧型 MCU 加速推動工業 4.0 T O N Y H O, N O V

2 Silicon Labs REVENUE ($M) A track record of multiple industry firsts, transforming and disrupting large markets Core competencies in mixed-signal and RF CMOS silicon architectures, software, and systems Focus on high-quality, diversified markets Increasingly positioned for sustainable growth & 2016 MOST RESPECTED SEMICONDUCTOR COMPANY 2 2 Silicon Labs Confidential

3 The Building Blocks for IoT Applications Simplified IoT Sense Temperature, Humidity, Ambient Light, Heart Rate, Magnetic Compute 32-bit, 8-bit, Xpress Connect SoCs, Modules, TCVRs Dev Tools, SW Stacks, HW Reference Designs, RTOS, Middleware 3 Silicon Labs Silicon Labs Confidential

4 Internet of Things: Our IoT Platform 8b, 8-bit, 32b 32-bit MCU MCU Wireless modules Tools, stacks, RTOS, cloud Wireless MCU Sensors Broad offering of low power, Cortex-based MCUs Bluetooth, BLE, 15.4, proprietary, Wi-Fi Infrared, proximity, humidity, heart rate, position sensors Software framework completes solution 4 Silicon Labs Confidential

5 Application Examples Outdoor Sensors Industrial Sensors Building Automation Smart Energy Wearables / Health 5 Silicon Labs Confidential

6 Applications - Industrial Outdoor Sensors Smart Energy Solutions Sensors Discrete MCU Discrete RF Wireless SoC Solutions Sensors Discrete MCU Discrete RF Wireless SoC Industrial Metering Additional resources needed: Memory, LCD, CPU processing Ultra low active and deep sleep currents Enables long range wireless with Flex Gecko + RAIL SW solutions: Micrium RTOS, RAIL, AEM, uc/probe Similar to industrial sensors, plus Sense in deep sleep mode (LESENSE, ADC in EM3 ) Scalable device options SoC options also 6 Silicon Labs Confidential

7 Applications - Home Automation Smart Lock Aesthetic Remotes Solutions Sensors Discrete MCU Wireless Modules Wireless SoC Solutions Sensors Discrete MCU Wireless Modules Wireless SoC Smart Lock Flexibility, simplicity of SoC or MCU+Module BLE, Wi-Fi, mesh With MCU, more processing power, memory, features Integrated Captouch Ultra low power LE Sense, LE ADC, LE segment driver, LDMA Remotes Similar to smart locks +More resources needed for graphics! 7 Silicon Labs Confidential

8 Applications - Wearable Fitness & Medical Solutions Sensors Discrete MCU Wireless Modules Wireless SoC Solutions Sensors Discrete MCU Wireless Modules Wireless SoC Wearables High integration in single MCU 144 GPIO, 2MB/512K memory, QSPI/EBI, USB, CSEN Easily pair with BLE / Wi-Fi modules and Silicon Labs sensors Ultra low power Function in sleep Fast wakeup to Cortex M4, 72 MHz Medical Low Energy segment LCD save up to 40% power! Integrated CSEN for simple product UX design Scalable MCU and W-MCU portfolio Micrium RTOS Easy to add BLE or Wi-Fi connectivity 8 Silicon Labs Confidential

9 Top Challenges Multi-facet Systems Low Power Budgets Demanding UX Limited Resources 9 Silicon Labs Confidential

10 Giant Gecko GG11 MCU Offers Solutions Multi-facet Systems Low Power Budgets Demanding UX Limited Resources Large on-chip memory High integration Unique peripheral capabilities Micrium RTOS Autonomous functionality in deep sleep Low sleep currents, fast wakeup Unique capabilities like PRS, LESENSE Patented CSEN technology Large on-chip RAM Quad-SPI and EBI interfaces GFX software Simplicity Studio Wireless stacks and network debug tools Configurators, AEM, Probe, System View 10 Silicon Labs Confidential

11 Unique to GG11 MCU and Silicon Labs Outdoor Sensors Industrial Sensors Building Automation Smart Energy Wearables / Health Large Flash / RAM Deep Sleep functionality Easy to add wireless Long range, mesh, BLE, and Wi-Fi Autonomous peripherals Professional RTOS 144 GPIO TRNG Robust networking SW Probe debugging tool QSPI USB 2.0 LESENSE + PRS Crypto Acceleration Dual CAN 10/100 Ethernet Energy Profiler LE Segment LCD Easy to use STK Cryo Timer RTCC Backup power Linked DMA Low active current Ultra fast wakeup SAR CSEN 11 Silicon Labs Confidential

12 Enhanced Graphic Displays Graphics applications without external memory 512 KB on-chip SRAM for larger frame buffers and/or double-buffering 2 MB flash for graphics assets and code Two options for connecting to display High-speed SPI interface, with 36 MHz write speed Parallel interface for maximum speed Hardware per-pixel alpha blending New pixel formats, with alpha encoded Display beautiful fonts and graphics Working to include TouchGFX support 12 Silicon Labs Confidential

13 Giant Gecko GG11 MCU Overview GIANT ARM Cor tex-m3 ARM Cortex-M4 Processor and memory Cortex-M4 with FPU Up to 72 MHz kb Flash, kb RAM w/ecc Power 77 μa/mhz 1.6 μa deep sleep with retention/bod/rtcc V single power supply Unique autonomous sleep-mode capabilities Packages QFN: 64 (9x9) TQFP: 64 (10x10), 100 (14x14) BGA: 112 (10x10), 120 (7x7), 152 (8x8), 192 (7x7) 13 Silicon Labs Confidential

14 Giant Gecko Series 1 GG11 Family ARM Cortex-M4 FPU MPU Debug Interface CPU and Memory Flash Program Memory RAM Memory ETM LDMA Controller Clock Management High Freq Crystal Osc PLL Auxiliary RC Osc Low Freq Crystal Osc High Freq RC Osc USB Osc Ultra Low Freq RC Osc Low Freq RC Osc Energy Management Voltage Regulator DC-DC Converter Power-on Reset V/T Monitor Brown-out Detector Backup Domain Security Crypto AES, ECC, SHA, TRNG CRC32 Security Mgmt Unit Feature available down to Energy Mode EM0 Run EM1 Sleep 32-bit bus Peripheral Reflex System EM2 Deep Sleep Serial Interfaces I/O Ports Timers and Triggers Analog Modules EM3 Stop USART and UART 10/100 Enet MAC CAN LE UART Octal-SPI SD/MMC SDIO LE USB xtal-free I2C EBI + pixel-alpha External Interrupt Pin Reset TFT Driver GPIO (5V Tol) GPIO Wake-up Timer/ Counter Low Energy Timer Pulse Counter Calendar RTC Low Energy Sensor IF Real Time Counter 2x Watchdog Timer Cryotimer LE LCD Controller DAC Analog Comparator Capacitive Sensing ADC Operational Amplifier Current DAC EM4H Hibernate EM4S Shutoff Easy to reduce power in your application with AEM and Energy Mode examples in Simplicity Studio 14 Silicon Labs Confidential

15 Giant Gecko Series 1 Highlights ARM Cortex-M4 FPU MPU Debug Interface CPU and Memory Flash Program Memory RAM Memory ETM LDMA Controller Z Sense Use LE-Timers, external interrupts, or analog modules to trigger sensing Sense with LESENSE, LE ADCs, ACMPs, Cap Sense interface, or SiLabs digital sensors (I2C) while the CPU is in deep sleep Feature available down to Energy Mode EM0 Run EM1 Sleep 32-bit bus Peripheral Reflex System EM2 Deep Sleep Serial Interfaces I/O Ports Timers and Triggers Analog Modules EM3 Stop USART and UART 10/100 Enet MAC CAN LE UART Octal-SPI SD/MMC SDIO LE USB xtal-free I2C EBI + pixel-alpha External Interrupt Pin Reset TFT Driver GPIO (5V Tol) GPIO Wake-up Timer/ Counter Low Energy Timer Pulse Counter Calendar RTC Low Energy Sensor IF Real Time Counter 2x Watchdog Timer Cryotimer LE LCD Controller DAC Analog Comparator Capacitive Sensing ADC (12-bit) Operational Amplifier Current DAC EM4H Hibernate EM4S Shutoff 15 Silicon Labs Confidential

16 Giant Gecko Series 1 Highlights ARM Cortex-M4 FPU MPU Debug Interface CPU and Memory Flash Program Memory RAM Memory ETM LDMA Controller Z Process, Control Move sensor data autonomously with PRS Configurable with 24 channels Or through new low power Linked DMA Or with the full power of the Cortex-M4 + FPU Wake up to RAM in 3 µs! Feature available down to Energy Mode EM0 Run EM1 Sleep 32-bit bus Peripheral Reflex System EM2 Deep Sleep Serial Interfaces I/O Ports Timers and Triggers Analog Modules EM3 Stop USART and UART 10/100 Enet MAC CAN LE UART Octal-SPI SD/MMC SDIO LE USB xtal-free I2C EBI + pixel-alpha External Interrupt Pin Reset TFT Driver GPIO (5V Tol) GPIO Wake-up Timer/ Counter Low Energy Timer Pulse Counter Calendar RTC Low Energy Sensor IF Real Time Counter 2x Watchdog Timer Cryotimer LE LCD Controller DAC Analog Comparator Capacitive Sensing ADC Operational Amplifier Current DAC EM4H Hibernate EM4S Shutoff Configurable network of peripherals 16 Silicon Labs Confidential

17 Giant Gecko Series 1 Highlights ARM Cortex-M4 FPU MPU Debug Interface CPU and Memory Flash Program Memory RAM Memory ETM LDMA Controller Safe and Secure Secure data processing and storage with MPU, SMU, and security keys Transmit/Receive secure data with built-in HW accelerators Dual watchdogs for safety Security Crypto AES, ECC, SHA, TRNG CRC32 Security Mgmt Unit Feature available down to Energy Mode EM0 Run EM1 Sleep 32-bit bus Peripheral Reflex System EM2 Deep Sleep Timer/ Counter Timers and Triggers Low Energy Timer Pulse Counter Calendar RTC Low Energy Sensor IF Real Time Counter 2x Watchdog Timer Cryotimer EM3 Stop EM4H Hibernate EM4S Shutoff 18 Silicon Labs Confidential

18 High Performance in a Low Energy Platform Large on-chip flash and RAM Reduces / eliminates power-hungry off-chip accesses Enables data-logging, and faster debugging CPU cache policy enables low-energy execution Quad-SPI interface Supports direct/xip accesses Octal-SPI Delivers equivalent bandwidth at 50% clock speed, enabling more power-efficient I/O State-of-the-art ciphers, in hardware AES, SHA, ECC NIST-certified TRNG engine CRC engine Security Management Unit Memory Security Controls on-chip peripheral access privileges Capacitive touch hardware interface Simple No need for complex software Robust and accurate more immune to environmental and system detractors (radiated noise, moisture, etc.) Display support Hardware accelerated block transfers Per-pixel alpha blending Segment LCD controller supports full HW offload of common animation sequences Ethernet MAC with az Supports the latest Energy Efficient Ethernet PHYs USB Controller and PHY Patented LE mode that saves idle energy Dual CAN bus SDIO interface Human Machine Interface Communication Interfaces Connect to external Wi-Fi chipset 19 Silicon Labs Confidential

19 Giant Gecko S1 New Features 10/100 Ethernet 50 MHz SDIO/SD/MMC LE Segment LCD Driver MCU AHBCLK 50 MHz APBCLK 25 MHz 2 HFXO MAC RMII 50 MHz REFCLK TXDx TX_EN RXDx CSR_DV RX_ER PHY SDIO 4 CLK CMD DATA WP CD SDIO Card Connector Octal/Quad-SPI Controller Dual-CAN MCU MCU CAN CAN Octal SPI 1-8 CS SCLK DQx DQS QSPI / Octal SPI Memory PHY PHY Sensor Sensor Sensor Sensor 20 Silicon Labs Confidential

20 Simple, Flexible Solutions Wireless SoC MCU + Module Highest integration (32-bit wireless) Simplest wireless design (32-bit wireless) Cortex M3/M4 Cortex M0+/M3/M4 MCU + XCVR/NCP Highest design flexibility (8 / 32-bit wireless) HW Scalability + SW Compatibility WIRED Standalone MCU Highest MCU integration (32-bit wired) Cortex M0+, 8051 Cortex M0+/M3/M4 : 2 MB Giant Gecko 22 Silicon Labs Confidential

21 Gecko MCUs and W-MCUs SoC Module Mighty Gecko Basic Blue Gecko Basic Flex Gecko Basic Gecko MCUs Advanced kb Flash Up to 19.5 dbm Sub-GHz GHz QFN32, QFN48, WLCSP kb Flash Up to 19.5 dbm Sub-GHz GHz SIP, QFN32, QFN48, WLCSP kb Flash Up to 19.5 dbm Sub-GHz GHz QFN32, QFN kb Flash USB, Ethernet, CAN QFP, QFN, BGA, CSP pins 23 Silicon Labs Confidential

22 A Single Chip Solution to Integrate Multiple Protocols Provide Zigbee and Bluetooth LE functionality with a single radio Simplify device setup, operation, and maintenance with local smartphone control Deploy scalable indoor location-based service infrastructure in homes and buildings Improve over-the-air update performance with higher speed Bluetooth LE based downloads Reduce Wireless Sub-System BoM Cost by 40% 24 Silicon Labs Confidential

23 Dynamic Multiprotocol Scheduling from Silicon Labs Configurable Connection Interval Time Time-slices Zigbee and Bluetooth communication on a single radio Supports Zigbee routing, Bluetooth connections, and Bluetooth beaconing Provides configurable connection intervals to match application requirements 25 Silicon Labs Confidential

24 Multiprotocol Design Enabled by Wireless SDKs and Micrium OS Application Wireless Stacks Zigbee Radio Scheduler Micrium OS Mighty Gecko SoC Bluetooth RAIL Bluetooth and Zigbee stacks run on a common Silicon Labs Radio Interface Layer (RAIL) Micrium OS and the Radio Scheduler coordinate timing between Bluetooth and Zigbee stacks The Bluetooth connection interval is configurable to support many application needs Customer application development is independent from radio scheduling 26 Silicon Labs Confidential

25 What does Ultra Low Power mean? Z Do more while sleeping Extremely fast wakeup Ultra low current 28 Silicon Labs Confidential

26 Running your System at 0 MIPS Traditional application: CPU micro-manages peripherals Reduces ability to sleep. Must wake up on every interaction Feature available down to Energy Mode Limits scale of application. CPU can only do so many things at once High energy consumption Main CPU EM0 Run Autonomous sub-systems Free up the CPU Allow higher sleep duty-cycles Enables ultra low power applications Specialized functionality Chain standalone peripherals LESENSE Ultra low power analog sensors RTC OPAMP / DAC PRS DMA ADC Interrupt Data / Control Data Sensing PRS RAM WDOG EM1 Sleep EM2 Deep Sleep EM3 Stop EM4H Hibernate EM4S Shutoff Article available at: 29 Silicon Labs Confidential

27 PRS - Peripheral Reflex System Reflex Producers ACMP ADC DAC GPIO RTC BURTC TIMER LETIMER LESENSE UART USART USB VCMP ARM Cortex-M Processor Peripheral Reflex System Channel 1 Channel 2 Channel n ZZZ Reflex Consumers ADC DAC TIMER LESENSE UART USART PCNT 30 Silicon Labs Confidential

28 LESENSE - Low Energy Sensor Interface EFM32 Z Z Z Z Z Autonomous sensing in Deep Sleep Excite and measure up to 16 sensors Capacitive, inductive and resistive sensors Performs action or sleeps, depending on values Result buffer with 16 entries for low power calibration Programmable State Machine 4 measurements can be fed to state machine Automatically track system state E.g. for quadrature decoding and error detection Can generate IRQs or PRS depending on states Lowest power, autonomous sensing Resistive, inductive, capacitive Configurable and scalable Leverages integrated MCU peripherals ACMP or ADC used for measurement DAC for reference generation PCNT used for counting state machine events Operates down to EM2 31 Silicon Labs Confidential

29 LESENSE - Low Energy Sensor Interface 32 Silicon Labs Confidential

30 LESENSE - Low Energy Sensor Interface 33 Silicon Labs Confidential

31 LESENSE - Low Energy Sensor Interface 34 Silicon Labs Confidential

32 LESENSE Resistive Measurement Duty cycled power supply Total current down to 1.3 µa Power supply LESENSE Capacitive Measurement Relaxation Oscillator Total current down to 1.3 µa LESENSE Inductive Measurement Metal Tank circuit sensor Measure rate of decay in inductor oscillation Total current down to 1.5 µa LESENSE 35 Silicon Labs Confidential

33 CSEN Capacitive Touch Resistive Measurement Duty cycled power supply Total current down to 1.3 µa Power supply LESENSE Dedicated Capacitive Touch Robust SAR-based operation Up to 64 inputs CSEN Inductive Measurement Metal Tank circuit sensor Measure rate of decay in inductor oscillation Total current down to 1.5 µa LESENSE 36 Silicon Labs Confidential

34 Why Capacitive Touch (CSEN)? A D V A N C E D T E C H N O L O G Y S I M P L E T O O L S Y O U R F I N A L P R O D U C T SAR-based Cap Sensing More robust Higher noise and Voffset immunity Enhanced touch resolution Ultra-low power Easy to Configure Easy to Test Capacitive Sense Profiler Great Product UX Touch buttons / surfaces Single-touch displays 37 Silicon Labs Confidential

35 CSEN Firmware and Software Support Quick configuration in Simplicity Studio Configure 2 CSLIB files Library includes all low-level sensing and processing routines Capacitive Sense Profiler Visualizer for CSLIB data output Simple interface Real-time display of touch status and raw data Enables logging of data stream 38 Silicon Labs Silicon Labs Confidential

36 LEUART - Low Energy UART Z Z Z Up to 2 LEUARTs DMA CPU Optimized for low energy operation Double buffered TX and RX IrDA modulator RAM 32-bit Bus LEUART RX TX Supported baud rates baud/s from 32 khz osc Fractional clock divider to support e.g baud/s Up to 12 Mbaud/s using high frequency clock Optimized for low energy operation Fractional baud rate generator Autonomous operation in EM2 Autonomous operation down to EM2 Multi-processor mode allows ignoring non-address bytes Start and signal frames automatically drive data reception Full DMA support down to EM2 39 Silicon Labs Confidential

37 RTCC - Real Time Counter with Calendar RTCC Overview Runs in RTC Mode or Calendar Mode 15-bit pre-counter Runs down to EM4H and Backup mode Includes 128 byte general purpose backup memory 3 compare capture/alarm or input capture channels Clocked from LFXO/LFRCO/ULFRCO RTC Mode 32-bit counter value RTC or Calendar Mode Operates down to EM4 and backup mode Calendar Mode Day/Month/Year/Hour/Minute/Second Second-fractions in pre-counter Leap-year correction 40 Silicon Labs Confidential

38 LETIMER - Low Energy Timer EFM32 MCU EFM32 RTC RTC 2 LETIMER peripherals 16-bit down-counter 8-bit buffered repeat 2 compare values, or single buffered compare LETIMER LETIMER Flexible output generation 2 output channels toggle, pulse or PWM output 3 PRS inputs: Start, stop and clear timer Flexible output generation Available down to EM3 Usecases Pulse-output for continuous communication of quantity PWM generation down to EM3 Additional timer 41 Silicon Labs Confidential

39 CRYOTIMER Ultra Low Energy Timer/Counter CRYOTIMER Overview Available in all energy modes, down to EM4S 32-bit counter 1x 2 N comparator Lowest Power Timer Available in all energy modes Clock sources ULFRCO, LFRCO, LFXO available in all modes Use ULFRCO for lowest energy Prescale clock source up to 1/128 Maximum wakeup period: 194 days 42 Silicon Labs Confidential

40 Safety Memory ECC Enabled for up to 256 kb RAM Detect 1 and 2 bits errors per 32-bit word Correct 1 bit per 32-bit word on read access Can be used with DMA for continuous monitoring Dual WDOG Independently configurable clock sources Monitor using high-frequency or independent clock Window and warning functionality PRS monitoring Process separation with SMU Augments MPU with bit-mask for peripheral access Every peripheral can be marked as priv or non-priv 43 Silicon Labs Confidential

41 Hardware Accelerated CRYPTO CRYPTO Hello! Symmetric encryption AES-128, AES-256 ECB, CBC, CFB, OFB, CTR,.., CBC-MAC, GMAC, CCM, GCM, CCM*,.. Zigbee (CCM*), WMBus (CTR / CBC), Bluetooth Smart (CCM), OTA, Production Prog, Secure Storage Asymmetric Elliptic Curve Cryptography (ECC) P-192, P-224, P-256, K-163, K-233, B-163, and B-233 Zigbee (Zigbee Smart Energy), BT Smart (LE Secure Connections), Thread, Signatures 10x faster than SW Asymmetric and symmetric Use through mbedtls Secure Hashes SHA-1, SHA-224 and SHA-256 Key buldingblock of e.g. HMAC, Zigbee, BT Smart, Thread, Data Integrity 44 Silicon Labs Confidential

42 Gecko Bootloader Secure Firmware Updates Signed images to verify authenticity Secure boot to verify firmware integrity Encrypted images for code protection Flexible flash partitioning Supports both internal or external flash (SPI) Extensible to support other com. peripherals Flash can be divided into multiple slots e.g. EFR32xG12 with 4 x 256kB slots Running image Bootloader Multi-boot support for multi-protocol apps 1st bootload Bluetooth for commissioning Then bootload zigbee for mesh networking Field upgradeable New Image Signed / Encrypted Counterfeit/Broken Image 45 Silicon Labs Confidential

43 Focusing on your Development Experience Jumpstart Debug Optimize HW Configurator emlib RTOS Middleware drivers Reference code Compatibility with wireless System View µc/probe Debug over SWD or JTAG AEM (Energy Profiler) µc/probe App Notes and design guides Full-featured OS and SDK µc/probe Configure and set up Advanced Energy Monitoring HW Configurator MCU Starter Kit 46 Silicon Labs Confidential

44 Simplifying through Software Maximum simplicity Fully Featured Embedded OS Connectivity Modules Wireless Networking Basic needs Interface Drivers Abstraction (emlib) Reference Code Integrated Hardware 47 Silicon Labs Confidential

45 Simplifying through Tools Building the application Advanced Energy Profiler Configurator Integrated Starter Kits (STKs) Adding connectivity Packet Trace BGScript RAIL, Connect stack AppBuilder Top 10 Concerns in Engineering Workplace #1. Insufficient people to get job done #3. Time-to-market pressures #4. Insufficient funding #6. Inability to adequately test the product 2016 Survey of Engineers, by Electronic Design Embedded debugging Probe System View 49 Silicon Labs Confidential

46 Simplicity Studio Wireless and MCU design made simple Common development environment for MCU and Wireless products Eclipse-based IDE with wireless stack support Complete Documentation Demos/Software Examples Advanced Tools Energy Profiler Network Analyzer AppBuilder Hardware Configurator 50 Silicon Labs Confidential

47 A P P L I C AT I O N C O N F I G U R AT I O N E N E R G Y P R O F I L I N G N E T W O R K A N A LY S I S Simplifying Multiprotocol Design Simplicity Studio Starter Kit with Radio Board 51 Silicon Labs Confidential

48 uc/probe Windows PC (Windows XP, 7, or 8) uc/probe uc/probe Auto Updates and Licensing System uc/probe Data Client Main toolbar Toolbox Workspace/Project Symbol browser Workspace explorer Visually instrument and test your embedded system J-LINK *TCP/IP uc/probe Target Comms Module COMMS ELF file, or symbol file required: Contains symbol names and addresses No target code or kernel required! 52 Silicon Labs Confidential

49 System View RTOS-based Trace Tool Captures RTOS events such as: ISR enter/exit Scheduling Wait and Signals Task statistics (Min, Max, Avg execution times, frequency, run count, etc.) Displays live data Traces can be saved for post-analysis FREE Windows-based tool Requires Segger J-Link View, qualify your embedded system like never before 53 Silicon Labs Confidential

50 Energy Profiler Run-time visualizer for energy consumption Purpose Improve battery life Faster, simpler development and debugging Features Energy vs. Code correlation Available on all 32-bit Gecko Starter Kits Examples in Simplicity Studio Can be used with loads connected to STK s Vsupply Advanced real-time energy profiling tools for optimization and debugging 54 Silicon Labs Confidential

51 Hardware Configurator Graphical hardware configuration Clocks, DMA I2C, SPI, UART GPIO, etc. Auto-generated C code for HW setup Support for GG11 in Q4 Simplify GG11 configuration: Up to 192 pins 144 GPIO 21x timers/counters 18x serial ports 5x clocks Easy and Fast Device and Peripheral Configuration 55 Silicon Labs Confidential

52 Micrium OS (RTOS, Stacks and Middleware) Micriµm OS If your MCU has these peripherals You ll need middleware We ve got you covered with Micrium OS 56 Silicon Labs Confidential

53 Integrated Starter Kits Starter Kit (STK) Part Number Common EFM32 Light LC User Cap Extra Starter Kit Features Sensor Sensors LEDs Touch Memory LCD type Unique Features MSRP USB J-Link Debug 10/100 Ethernet Giant Gecko STK (S1) SLSTK3701A 20-pin expansion header Memory LCD SD card slot - 2x RGB Slider 32 MB flash Temperature sensor (3-bit RGB) 2x Stereo Mic $99.99 Giant Gecko STK (S0) EFM32GG-STK3700 Humidity sensor 2x push buttons Advanced Energy Monitor 2x YEL Slider 32 MB flash 8x20 Segment Backup super cap Backup super cap $ Mb QSPI Flash Memory SD Expansion Slot RJ45 Ethernet Jack (Energy-Efficient Ethernet) Target Debug Connector J-Link Debug Interface I2S Microphone Relative Humidity Sensor Pixel Memory LCD 8-color RGB Battery Power Option Mode Control, Input Power and AEM Cap Touch Slider Breakout Pins RGB LEDs Push Buttons Power (Out) and Virtual Comm port 20-pin Exp Header GIANT ARM Cortex-M3 Cortex-M4 Coil for (LC) LESENSE I2S Microphone Giant Gecko S1 32-bit MCU Magnetic Hall Effect Sensor 57 Silicon Labs Confidential

54 Get Started with Giant Gecko Today! 1. Visit: 2. Download the data sheet 3. Order a Starter Kit (STK) SLSTK3701A 4. Launch kit demos provided in Simplicity Studio 5. Experience the benefits of GG11 Cortex M4, with 2MB/512KB Ultra low power High-speed interfaces HMI / Capacitive touch Up to 144 I/O 58 Silicon Labs Confidential

55 Thank you! S I L A B S. C O M